(Swift 2) PDF LTV through HTTP Proxy or SOCKS proxy

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When signing with long-term validation and/or timestamping from a TSA server, the Chilkat PDF object will communicate via HTTP (and HTTPS) with the certificate's OCSP URL and with the timestamp server. This example shows how to specify an HTTP or SOCKS proxy if your environment requires the connection to go through a proxy.

Note: This example requires Chilkat v9.5.0.85 or greater.

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func chilkatTest() {
    let pdf = CkoPdf()

    // To specify a proxy, we can create a Chilkat HTTP object, set the proxy related properties, 
    // and then tell the PDF object to use the HTTP object for any communications needs.
    let http = CkoHttp()

    // Set the SocksVersion property = 5 for SOCKS5
    http.SocksVersion = 5

    // Set the SocksHostname to the SOCKS proxy domain name or IP address, 
    // which may be IPv4 (dotted notation) or IPv6.
    http.SocksHostname = "192.168.1.100"

    // The port where the SOCKS5 proxy is listening.
    http.SocksPort = 1080

    // If the SOCKS5 proxy itself requires authentication, set the username/password 
    // like this.  (otherwise leave the username/password empty)
    http.SocksUsername = "myUsername"
    http.SocksPassword = "myPassword"

    // Here we tell the PDF object to use the HTTP object:
    pdf.SetHttpObj(http)

    // To use an HTTP proxy, instead of setting the above properties, set the following properties

    // Use a domain name or IP address.
    http.ProxyDomain = "172.16.16.24"

    // The port at which your HTTP proxy is listening for HTTP requests.
    http.ProxyPort = 808

    // If your HTTP proxy requires authentication...
    http.ProxyLogin = "myProxyLogin"
    http.ProxyPassword = "myProxyPassword"

    pdf.SetHttpObj(http)

}